// Copyright (c) 1997-2009 Nokia Corporation and/or its subsidiary(-ies).

// All rights reserved.

// This component and the accompanying materials are made available

// which accompanies this distribution, and is available

//

// Initial Contributors:

// Nokia Corporation - initial contribution.

//

// Contributors:

//

// Description:

//

#include "almmod.h"

#include "sm_std.h"

#include <ecom.h>

//

//	class CAlmModel

//

CAlmModel::CAlmModel()

//

//	Constructor

//

	{

	}

CAlmModel::~CAlmModel()

//

//	Destructor

//

	{

	Stop();

	iClockAlarms.ResetAndDestroy();

	iClockAlarms.Close();

	iReviewAlarmIds.Close();

	iNextAlarmIds.Close();

	iAlmSvr.Close();

 	REComSession::FinalClose();

	}

void CAlmModel::ConstructL(MTimewModelObserver* aObserver,TInt aResponderPriority)

//

//	Construct the alarm engine components

//

	{

	SetTimewModelObserver(aObserver);

	//

	iReviewAlarmIds = RArray<TAlarmId>(KArrayOfAlarmIdsGranularity);

	iNextAlarmIds = RArray<TAlarmId>(KArrayOfAlarmIdsGranularity);

	//

	const TInt r = iAlmSvr.Connect();

	User::LeaveIfError(r);

	//

	TInt i;

	iClockAlarms = RPointerArray<TASShdAlarm>(KMaxClockAlarms);

	for(i=0; i<KMaxClockAlarms; i++)

		{

		TASShdAlarm* blankAlarm = new(ELeave) TASShdAlarm();

		CleanupStack::PushL(blankAlarm);

		User::LeaveIfError(iClockAlarms.Append(blankAlarm));

		CleanupStack::Pop(blankAlarm);

		}

	// Identify any clock alarms in the alarm server and put them

	// into the slots.

	// Fetch

	RArray<TAlarmId> clockIds(KMaxClockAlarms);

	CleanupClosePushL(clockIds);

	iAlmSvr.GetAlarmIdListForCategoryL(KASCliCategoryClock, clockIds);

	// Put them in the slots - we can only display KMaxClockAlarms alarms

	// so any beyond that are ignored.

	TInt slotsUsedSoFar = 0;

	const TInt count = Min(KMaxClockAlarms, clockIds.Count());

	for(i=0; i<count; i++)

		{

		TASShdAlarm* alarm = iClockAlarms[slotsUsedSoFar];

		User::LeaveIfError(iAlmSvr.GetAlarmDetails(clockIds[i], *alarm));

		// Only show alarms which haven't yet notified

		if	(alarm->State() != EAlarmStateNotified)

			{

			// If we don't do this, then the alarm slot is treated

			// as available.

			++slotsUsedSoFar;

			alarm->ClientFlags().Set(EClockAlarmFlagsIsSet);

			}

		}

	CleanupStack::PopAndDestroy(&clockIds);

	//

	CAlmResponder* pR=new(ELeave) CAlmResponder(iAlmSvr,*this,aResponderPriority);

	SetResponderActive(pR);

	}

CAlmModel* CAlmModel::NewL(MTimewModelObserver* aObserver,TInt aResponderPriority)

//

//	Create a new alarm engine

//

	{

	CAlmModel* model=new(ELeave) CAlmModel;

	CleanupStack::PushL(model);

	model->ConstructL(aObserver,aResponderPriority);

	CleanupStack::Pop(model);

	return(model);

	}

void CAlmModel::ProcessResponder(TInt aStatus)

//

//	Interpret responder status

//

	{

	// FIX

	if (aStatus!=KErrCancel && aStatus!=KErrNone)

		Notify(aStatus);

	else

		Notify(0);

	}

TInt CAlmModel::AlarmQuietPeriodMinutes() const

//

//	Return the time that sound is delayed until

//

	{

	TTime timeNow;

	timeNow.HomeTime();

	TTime timeQuiet=AlarmQuietPeriodEnd();

	TInt quietMinutes;

	if (timeQuiet<=timeNow || timeQuiet==Time::NullTTime())

		quietMinutes=0;

	else

		{

		TTimeIntervalMinutes minutes;

		timeQuiet.MinutesFrom(timeNow,minutes);

		quietMinutes=minutes.Int()+1;

		}

	return(quietMinutes);

	}

TInt CAlmModel::AlarmQuietPeriodSet(TInt aMinutes)

//

//	Delay alarm sounds for a given number of minutes

//

	{

	TInt ret = KErrNone;

	//

	if	(!aMinutes)

		ret = iAlmSvr.CancelAlarmSilence();

	else

		ret = iAlmSvr.SetAlarmSoundsSilentFor(TTimeIntervalMinutes(aMinutes));

	//

	return ret;

	}

TInt CAlmModel::ClockAlarmEnable(TInt aAlarmIndex, TTimeWClockAlarmState aClockAlarmState)

//

//	Enable or disable a clock alarm

//

	{

	__ASSERT_DEBUG(aAlarmIndex < KMaxClockAlarms, Panic(EModelOutOfRange));

	//

	TAlarmStatus newStatus;

	switch(aClockAlarmState)

		{

	case ETimeWClockAlarmStateNotSet:

		return ClockAlarmDelete(aAlarmIndex);

	case ETimeWClockAlarmStateSet:

		newStatus = EAlarmStatusEnabled;

		break;

	default:

	case ETimeWClockAlarmStateDisabled:

		newStatus = EAlarmStatusDisabled;

		break;

		}

	TASShdAlarm* alarm = iClockAlarms[aAlarmIndex];

	__ASSERT_ALWAYS(alarm->Id() != KNullAlarmId, Fault(EModelfTryingToChangeStateOfNullClockAlarm));

	TInt error = iAlmSvr.SetAlarmStatus(alarm->Id(), newStatus);

	if	(error != KErrNone)

		return error;

	// Refetch alarm from server (will update status)

	error = iAlmSvr.GetAlarmDetails(alarm->Id(), *alarm);

	if	(error == KErrNone)

		alarm->ClientFlags().Set(EClockAlarmFlagsIsSet);

	return error;

	}

TInt CAlmModel::ClockAlarmSet(TInt aAlarmIndex, const TASShdAlarm& aInfo)

//

//	Set a clock alarm

//

	{

	__ASSERT_DEBUG(aAlarmIndex < KMaxClockAlarms, Panic(EModelOutOfRange));

	//

	TInt error = KErrNone;

	TASShdAlarm* alarm = iClockAlarms[aAlarmIndex];

	if	(alarm->Id() != KNullAlarmId)

		{

		// There is already an alarm set in this slot. Delete

		// the old, replace it with the new.

		error = iAlmSvr.AlarmDelete(alarm->Id());

		if	(error != KErrNone)

			return error;

		alarm->ClientFlags().Clear(EClockAlarmFlagsIsSet);

		}

	// Add alarm (will also update cached alarm details)

	*alarm = aInfo;

	alarm->Category() = KASCliCategoryClock;

	error = iAlmSvr.AlarmAdd(*alarm);

	if	(error == KErrNone)

		alarm->ClientFlags().Set(EClockAlarmFlagsIsSet);

	return error;

	}

TInt CAlmModel::ClockAlarmInfo(TInt aAlarmIndex,TASShdAlarm& aInfo)

//

//	Get information about a clock alarm

//

	{

	__ASSERT_DEBUG(aAlarmIndex < KMaxClockAlarms, Panic(EModelOutOfRange));

	//

	TInt error = KErrNone;

	aInfo = *(iClockAlarms[aAlarmIndex]);

	if	(aInfo.Id() != KNullAlarmId && aInfo.ClientFlags().IsSet(EClockAlarmFlagsIsSet))

		{

		// Preserve flags

		const TBitFlags16 flags = aInfo.ClientFlags();

		// Fetch alarm details

		error = iAlmSvr.GetAlarmDetails(aInfo.Id(), aInfo);

		// Restore flags

		if	(error == KErrNone)

			{

			// Has the alarm already notified?

			if	(aInfo.State() != EAlarmStateQueued && aInfo.State() != EAlarmStateNotifying)

				{

				// Treat this slot as free

				TASShdAlarm* alarm = iClockAlarms[aAlarmIndex];

				alarm->Reset();

				aInfo = *alarm;

				}

			else

				aInfo.ClientFlags() = flags;

			}

		else if (error == KErrNotFound)

			{

			// Alarm has been deleted

			TASShdAlarm* alarm = iClockAlarms[aAlarmIndex];

			alarm->Reset();

			aInfo = *alarm;

			}

		}

	return error;

	}

TInt CAlmModel::ClockAlarmDelete(TInt aClockAlarmNum)

	{

	__ASSERT_DEBUG(aClockAlarmNum < KMaxClockAlarms, Panic(EModelOutOfRange));

	TASShdAlarm* alarm = iClockAlarms[aClockAlarmNum];

	__ASSERT_ALWAYS(alarm->Id() != KNullAlarmId, Fault(EModelfTryingToChangeStateOfNullClockAlarm));

	const TInt error = iAlmSvr.AlarmDelete(alarm->Id());

	if	(error == KErrNone || error == KErrNotFound)

		{

		// Update cached representation of deleted alarm

		alarm->Reset();

		}

	return error;

	}

TTimeWClockAlarmState CAlmModel::ClockAlarmState(TInt aClockAlarmNum) const

	{

	__ASSERT_DEBUG(aClockAlarmNum < KMaxClockAlarms, Panic(EModelOutOfRange));

	//

	const TASShdAlarm* alarm = iClockAlarms[aClockAlarmNum];

	if	(alarm->ClientFlags().IsSet(EClockAlarmFlagsIsSet))

		{

		switch(alarm->Status())

			{

		case EAlarmStatusEnabled:

			return ETimeWClockAlarmStateSet;

		case EAlarmStatusDisabled:

			return ETimeWClockAlarmStateDisabled;

			}

		}

	return ETimeWClockAlarmStateNotSet;

	}

void CAlmModel::NextAlarmResetListL()

//

//	Fetch a list of ids of all the alarms that are pending

//	within the alarm server.

//

	{

	iAlmSvr.GetAlarmIdListByStateL(EAlarmStateQueued, iNextAlarmIds);

	}

void CAlmModel::NextAlarmClearList()

	{

	iNextAlarmIds.Reset();

	}

TInt CAlmModel::NextAlarmNumber() const

	{

	return iAlmSvr.NumberOfAlarmsActiveInQueue();

	}

TInt CAlmModel::NextAlarmDelete(TInt aIndex)

//

//	Delete one of the next alarms

//

	{

	TInt ret = KErrNotFound;

	if	(aIndex < iNextAlarmIds.Count())

		{

		const TAlarmId id = iNextAlarmIds[aIndex];

		ret = iAlmSvr.AlarmDelete(id);

		}

	return ret;

	}

TBool CAlmModel::NextAlarmCanDelete(TInt aIndex) const

//

//	Determine whether can delete the specified alarm.

//

	{

	__ASSERT_DEBUG(aIndex < iNextAlarmIds.Count(), Panic(EModelOutOfRange));

	//

	const TAlarmId id = iNextAlarmIds[aIndex];

	//

	TASShdAlarm alarm;

	if	(iAlmSvr.GetAlarmDetails(id, alarm) == KErrNone)

		{

		return (

			alarm.Category() == KASCliCategoryClock ||

			alarm.State() == EAlarmStateSnoozed ||

			!alarm.HasOwningSession()

			);

		}

	return EFalse;

	}

TInt CAlmModel::NextAlarm(TFullName& aOwner, TASShdAlarm& aInfo) const

//

//	Get information about the next alarm

//

	{

	aOwner = KNullDesC;

	//

	TAlarmId id = KNullAlarmId;

	TInt ret = iAlmSvr.GetNextDueAlarmId(id);

	if	(ret == KErrNone)

		{

		if	(id == KNullAlarmId)

			{

			aInfo.Reset();

			ret = KErrNotFound;

			}

		else

			{

			ret = iAlmSvr.GetAlarmDetails(id, aInfo);

			if	(ret == KErrNone)

				ret = iAlmSvr.GetAlarmOwner(id, aOwner);

			}

		}

	return ret;

	}

TInt CAlmModel::NextAlarmInfo(TInt aIndex, TFullName& aOwner, TASShdAlarm& aInfo) const

//

//	Get info about the next alarm

//

	{

	TInt ret = KErrNotFound;

	if	(aIndex < iNextAlarmIds.Count())

		{

		const TAlarmId id = iNextAlarmIds[aIndex];

		ret = iAlmSvr.GetAlarmDetails(id, aInfo);

		if	(ret == KErrNone)

			{

			ret = iAlmSvr.GetAlarmOwner(id, aOwner);

			}

		}

	return ret;

	}

void CAlmModel::ReviewAlarmResetListL()

	{

	iAlmSvr.GetAlarmIdListByStateL(EAlarmStateNotified, iReviewAlarmIds);

	}

void CAlmModel::ReviewAlarmClearList()

	{

	iReviewAlarmIds.Reset();

	}

TInt CAlmModel::ReviewAlarmNumber() const

	{

	return iAlmSvr.AlarmCountByState(EAlarmStateNotified);

	}

TInt CAlmModel::ReviewAlarmInfo(TInt aIndex, TASShdAlarm& aInfo) const

//

//	Get information about a past alarm

//

	{

	TInt ret = KErrNotFound;

	if	(aIndex < iReviewAlarmIds.Count())

		{

		const TAlarmId id = iReviewAlarmIds[aIndex];

		ret = iAlmSvr.GetAlarmDetails(id, aInfo);

		}

	return ret;

	}

void CAlmModel::AlarmSoundToggle()

	{

	TTimeWAlarmSoundState soundState = AlarmSoundState();

	if	(soundState == ETimeWAlarmSoundOn)

		AlarmSoundStateSet(EFalse);

	else

		AlarmSoundStateSet(ETrue);

	}

TInt CAlmModel::AlarmSoundStateSet(TBool aSoundOn)

	{

	TAlarmGlobalSoundState state = EAlarmGlobalSoundStateOn;

	if	(!aSoundOn)

		state = EAlarmGlobalSoundStateOff;

	return iAlmSvr.SetAlarmSoundState(state);

	}

TTimeWAlarmSoundState CAlmModel::AlarmSoundState() const

	{

	// First check whether we're in a silent period

	if	(iAlmSvr.AlarmSoundsTemporarilySilenced())

		return ETimeWAlarmQuietPeriod;

	// We're not, so check global sound state and map

	// to TimeW settings

	TAlarmGlobalSoundState state = EAlarmGlobalSoundStateOff;

	if	(iAlmSvr.GetAlarmSoundState(state) == KErrNone)

		{

		if	(state == EAlarmGlobalSoundStateOn)

			return ETimeWAlarmSoundOn;

		}

	return ETimeWAlarmSoundOff;

	}

TTime CAlmModel::AlarmQuietPeriodEnd() const

	{

	TTime endTime;

	if	(iAlmSvr.GetAlarmSoundsSilentUntil(endTime) == KErrNone)

		return endTime;

	//

	endTime.HomeTime();

	return endTime;

	}

TInt CAlmModel::OrphanAlarmNumber() const

	{

	// Get the alarms

	RArray<TAlarmId> clockIds(KMaxClockAlarms);

	CleanupClosePushL(clockIds);

	iAlmSvr.GetAlarmIdListForCategoryL(KASCliCategoryClock, clockIds);

	//which are orphaned?

	TInt count = clockIds.Count();

	TInt orphaned = 0;

	for	(TInt ii=0; ii<count; ii++)

		{

		TASShdAlarm alarm;

		iAlmSvr.GetAlarmDetails(clockIds[ii], alarm);

		if	(alarm.HasBecomeOrphaned())

			orphaned++;

		}

	CleanupStack::PopAndDestroy(&clockIds);

	return orphaned;

	}